An evolving regenerative living laboratory in Toodyay, Western Australia, centred on Dididaah House, an owner-built high-performance geodesic dome home. It brings together renewable off-grid energy, water collection and reuse, food production, aquaponics, pollinator habitat, fungi and spirulina experiments, native gardens, wildlife corridors, composting, nutrient recovery, biosecurity, ecological monitoring, emergency preparedness, reliability planning and continuous improvement.
The project draws on organic architecture, earth-based construction, biodynamic and transformative education principles, and the idea of an intelligent off-grid centre for living, remote work, research, creativity, education and ecological restoration.
Beginning-point status. Source-supported: S&T Consultancy Pty Ltd has publicly introduced tHE nEW eARTh pROJECT as a regenerative living laboratory being developed in Toodyay, Western Australia. The project is centred on Dididaah House, described as an owner-built work-in-progress high-performance geodesic dome home designed around passive performance, natural and recycled materials, biophilia, renewable energy and salutogenic principles. The public post identifies a broad interconnected system including off-grid solar and battery storage, rainwater collection/treatment/reuse, biodynamic and organic vegetable production, aquaponics, fish ponds, circular food systems, regenerative beekeeping and pollinator habitat, underground mushroom growing, experimental spirulina-growing windows, native botanical gardens, wildlife corridors, composting, biological nutrient recovery, biosecurity perimeter controls, ecological monitoring, bushfire and emergency preparedness, asset reliability, contingency planning and continuous improvement. PHC framing/inference: the project has moved beyond concept into an articulated programme with a named site, named house, public vision, and clear system domains, but it should still be treated as early-stage from a PHC reporting perspective until baselines, measures, delivery phasing, responsibilities, dependencies and evidence records are formalised.
Barriers
The project is described as still evolving and as a work-in-progress; the site is characterised in the post as dry and semi-arid; the scope intentionally spans many interdependent living, ecological, technical and resilience systems. PHC framing/inference: likely starting barriers include high system complexity, sequencing across multiple subsystems, cost and capacity constraints, bushfire and emergency risk, water availability and water-quality management, biosecurity requirements, ecological establishment timeframes, operational reliability of off-grid systems, measurement burden, and the need to avoid over-claiming benefits before evidence is collected. The geodesic dome, experimental food systems, ecological restoration aims and continuous-learning ambition all increase the need for disciplined design records, risk controls and staged validation.
Further Work
Recommended beginning work. Source-supported basis: the public project narrative already identifies the core domains: energy, water, food, ecology, circular nutrient flows, biosecurity, emergency preparedness, reliability and continuous improvement. PHC framing/inference: immediate PHC work should create a baseline register, a simple system map, a risk/dependency register, an evidence and measurement plan, and a first 90-day action plan. Priority questions include: what is already built or operational; what is planned but not started; which subsystems are critical path; what data is already being captured; what environmental, operational and wellbeing measures matter; what permissions, standards or safety controls apply; what bushfire and emergency assumptions need testing; and what outputs would make the project intelligible to collaborators, advisers, funders, researchers or educators.
[+] Project Summary
Source-supported: tHE nEW eARTh pROJECT is a regenerative living laboratory in Toodyay, Western Australia, with Dididaah House at its heart. It aims to transform a dry, semi-arid property into a productive botanical landscape where people, plants, wildlife, water, food, energy and technology coexist in symbiosis. The project applies the Viable System Model, cybernetics, reliability engineering and life-cycle thinking, with environmental and operational data intended to support learning, adaptation and evidence-based improvement over time. The post links the project to organic architecture, earth-based construction, biodynamic and transformative educational principles, and an intelligent off-grid centre for living, remote work, research, creativity, education and ecological restoration. PHC framing/inference: this is best treated at baseline as a whole-system regenerative-resilience demonstrator: part home, part land-restoration programme, part living laboratory, part wellbeing environment, and part operational learning system.
REGIONAL
R1 Environment / Weather R2 Security / Language R3 Regulations R4 Infrastructure R5 Utilities R6 Approvals / Permits / Licenses R7 Workforce Availability / Capability R8 Political / Government
00 gen
Baseline classification narrative. Source-supported domains: regenerative design; sustainable architecture; off-grid living; circular economy; cybernetics; biodiversity; resilience; Viable System Model. PHC framing/inference: classify the project across eight working lenses: Built Environment, Energy Resilience, Water Stewardship, Food and Nutrient Systems, Biodiversity and Land Restoration, Health and Wellbeing, Risk/Emergency/Asset Reliability, and Learning/Evidence/Knowledge Sharing. Beginning maturity appears strongest in vision, system identification and public narrative; medium in conceptual integration and management-system relevance; and not yet evidenced in measured outcomes, because baseline and performance data have not been provided in the source material.
Concise engagement position: tHE nEW eARTh pROJECT begins as an unusually rich regenerative living-lab proposition with a strong public narrative and a wide set of named system components. PHC should engage by helping make the project measurable, phased, credible and communicable. The tone should be enthusiastic but evidence-conscious: celebrate the ambition, record what is already source-supported, and mark future benefits as intended outcomes until measured.